The Cleanroom method of Software Engineering ensures high-quality software with certified reliability, which is an important aspect of every software product. The certification process needs a reasonable statistical user testing strategy to measure the software reliability. We propose a mechanism to reduce testing time as well as effort while performing statistical user testing so that software quality is not diluted as well as maintaining a high degree of software reliability. We also cover a brief history of cleanroom software engineering approach
We have proposed a new approach to software quality combining cleanroom methodologies and formal met...
This paper presents a methodology for developing software systems denoted Cleanroom Software Enginee...
There is growing interest in software 'certification', i.e., confirmation that software has performe...
The Cleanroom process is a theory-based, team-oriented process for the development and certification...
The 'cleanroom' software development process is a technical and organizational approach to developin...
Software reliability is a frequently used term, but very seldom the reliability is under control, at...
The field of software engineering is evolving as various new techniques, languages, paradigms, proce...
Software reliability is a frequently used term, but very seldom the reliability is under control dur...
Software reliability is a frequently used term, but very seldom the reliability is under control, at...
Software quality can be engineered under statistical quality control anddelivered with better qualit...
Software reliability is a frequently used term, but very seldom the reliability is under con-trol du...
The Cleanroom software development approach is intended to produce highly reliable software by integ...
In this report we review the Cleanroom Methodology for software development. The Cleanroom targets c...
Statistical Usage Testing (SUT) is the testing technique defined in Cleanroom Software Engineering m...
Cleanroom usage-based statistical testing techniques have been incorporated into the software develo...
We have proposed a new approach to software quality combining cleanroom methodologies and formal met...
This paper presents a methodology for developing software systems denoted Cleanroom Software Enginee...
There is growing interest in software 'certification', i.e., confirmation that software has performe...
The Cleanroom process is a theory-based, team-oriented process for the development and certification...
The 'cleanroom' software development process is a technical and organizational approach to developin...
Software reliability is a frequently used term, but very seldom the reliability is under control, at...
The field of software engineering is evolving as various new techniques, languages, paradigms, proce...
Software reliability is a frequently used term, but very seldom the reliability is under control dur...
Software reliability is a frequently used term, but very seldom the reliability is under control, at...
Software quality can be engineered under statistical quality control anddelivered with better qualit...
Software reliability is a frequently used term, but very seldom the reliability is under con-trol du...
The Cleanroom software development approach is intended to produce highly reliable software by integ...
In this report we review the Cleanroom Methodology for software development. The Cleanroom targets c...
Statistical Usage Testing (SUT) is the testing technique defined in Cleanroom Software Engineering m...
Cleanroom usage-based statistical testing techniques have been incorporated into the software develo...
We have proposed a new approach to software quality combining cleanroom methodologies and formal met...
This paper presents a methodology for developing software systems denoted Cleanroom Software Enginee...
There is growing interest in software 'certification', i.e., confirmation that software has performe...